What is a tokenized deposit?
A tokenized deposit is a digital twin of a classic bank deposit, existing on a distributed ledger. The issuing bank issues a token for the amount of its liability to the client, but the deposit itself physically remains on its balance sheet. Only the method of transfer changes: instead of slow correspondent accounts and fixed business hours, there are instant, 24/7 transfers via blockchain. Oliver Wyman analysts aptly called this a "digital receipt for a deposit" that lives on a shared ledger, can automatically execute predefined conditions, and remains protected by the deposit insurance system and regulatory oversight.
How does it work?
The process is simple and elegant: issuance, transfer, redemption. The bank accepts a deposit, creates an equivalent number of tokens (usually 1:1), and the client transfers them directly to a counterparty, bypassing intermediaries. The recipient can either keep the tokens or convert them back to fiat. The key innovation is programmability. Smart contracts allow embedding transfer conditions into the asset: delivery of goods, reaching a liquidity threshold, or a specific date. The transfer executes automatically, without manual operations. However, access is restricted: only clients who have passed KYC with a specific issuer or a related group of banks can participate.
Key difference from stablecoins
At first glance, both instruments seem similar: a digital token pegged to fiat on a blockchain. But this is a superficial similarity. A stablecoin is issued by a non-bank company, backed by a reserve pool (e.g., US Treasury bonds). It circulates as an anonymous bearer asset — any cryptocurrency wallet holder can use it.
A tokenized deposit is a liability of the bank, not a reserve pool. It exists on a permissioned network (with restricted access) where only verified clients participate. It is covered by bank insurance and supervision. As economists from the New York Fed precisely put it: a stablecoin is "safe money" for settlements outside the banking system, whereas a tokenized deposit remains within the traditional model and continues to participate in lending. It is this closed nature that provides regulatory protection but limits its distribution.
Practical value for business
Use cases are obvious and impressive. Instant settlements — without delays from correspondent accounts or time zones. HSBC has already demonstrated this by conducting a real-time transfer between Hong Kong and Singapore for Ant International. Collateral for transactions — a tokenized deposit can be pledged for a loan or margin requirement without withdrawing funds, and the collateral can be released automatically based on a predefined rule (tested in Project Guardian). Embedded payment logic — the transfer executes only when a condition is met, without manual operations. Corporate treasuries can consolidate idle funds across jurisdictions 24/7, rather than waiting for correspondent channels to close.
Who is already in the game?
Giants are not standing on the sidelines. JPMorgan (JPMD token) launched a pilot on the Base mainnet and, together with DBS Bank, is developing an interoperability framework. HSBC expanded its Tokenised Deposit Service to the UK, Luxembourg, and the US. BNY and Goldman Sachs launched tokenized money market funds. And in July 2026, Swift joined the development, launching a pilot of a shared blockchain ledger for cross-border payments involving 17 banks from five continents.
Risks and limitations
The main practical risk is a lack of common infrastructure. Most programs are confined within a single bank's ecosystem. It is not yet possible to transfer an asset directly from JPMorgan to HSBC. To address this issue, 17 major US banks (JPMorgan, Bank of America, Citi, Wells Fargo, HSBC, and BNY) announced the creation of a shared infrastructure through The Clearing House, with a launch targeted for the first half of 2027. The second risk is technology: errors in smart contract code and less operational experience compared to classic banking systems. The third is restricted access: the instrument is only justified when the sender and recipient are clients of the same organization or are connected through an interoperability infrastructure.
My conclusion: Tokenized deposits are not just an evolution of payments but a fundamental shift in banking infrastructure. They offer the speed and programmability of DeFi with the regulatory protection of TradFi. However, their mass adoption hinges on creating a unified interoperability network. Until banks build a common clearing layer, these instruments will remain a powerful but isolated solution. Citi Institute forecasts an annual turnover of $100-140 trillion by 2030 — and this is not fantasy, but a logical result of the convergence of two worlds.